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Numerical linear algebra / Cholesky decomposition / LU decomposition / Matrix decomposition / QR decomposition / Application checkpointing / QR algorithm / LAPACK / Sum / Algebra / Linear algebra / Mathematics


Algorithm-based Fault Tolerance for Dense Matrix Factorizations Peng Du Aurelien Bouteiller
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Document Date: 2012-05-23 13:00:46


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City

Philadelphia / New Orleans / /

Company

Checkpoint / Z1 P1 AG / IOP Publishing / Bosilca Thomas Herault Jack Dongarra Innovative Computing Laboratory / Reliable Distributed Systems / Z1 AG / AMD / Amdahl / Fault Tolerance / /

Country

United States / /

Currency

pence / USD / /

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Event

Force Majeure / /

Facility

University of Tennessee / National Institute / Checkpoint It / /

IndustryTerm

petascale computing / end systems / performance computing / capability applications / scientific applications / application algorithms / duplication algorithm / large parallel systems / tolerant high performance computing / protection algorithms / prominent software libraries / non fault tolerant algorithm / distributed memory systems / sub-algorithms / fault tolerant algorithm / software level / fault-tolerant algorithms / proposed fault tolerant algorithm / matrix factorizations algorithms / software ecosystem / generic solution / parallel distributed memory systems / petascale/exascale systems / block algorithms / recursive algorithm / updates algorithms / parallel applications / protection algorithm / matrix factorization algorithms / factorization algorithm / block algorithm / hybrid solution / extreme-scale computing workshop report / recovery algorithm / computing / matrix algorithms / host algorithm / large scale systems / regular processors / /

Organization

Dense Matrix Factorizations Peng Du Aurelien Bouteiller George Bosilca Thomas Herault Jack Dongarra Innovative Computing Laboratory / National Science Foundation / Society for Industrial Mathematics / National Institute for Computational Science / National Institute for Computational Sciences / Society for Industrial and Applied Mathematics / University of Tennessee / University of Tennessee / Knoxville / /

Person

Ai / George Bosilca Thomas Herault Jack / /

Position

message logging model for high performance / Walker / and R. Whaley / Reliability and robustness General / /

ProvinceOrState

Louisiana / Tennessee / Pennsylvania / /

PublishedMedium

Journal of Physics /

Technology

ABFT algorithms / same processors / non fault tolerant algorithm / matrix factorizations algorithms / fault-tolerant algorithms / ABFT algorithm / matrix algorithms / proposed fault tolerant algorithm / proposed algorithms / block LU factorization algorithm / recovery algorithm / recursive algorithm / main algorithm / application algorithms / factorization algorithm / QR algorithm / protection algorithm / proposed algorithm / load balancing / factorization The algorithm / block algorithms / host algorithm / checkpointing algorithm / fault tolerant algorithm / duplication algorithm / block algorithm / matrix factorization algorithms / updates algorithms / protection algorithms / /

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